Must be solved using MatLab.

5. Create a table of x, cos(x), and sin(x) where x goes from 0 to 2pi in increments of 0.lpi. The output should be in a three column table, the first column containing the values of x, the second column containing the values of cos(x), the third column containing the values of sin(x). 6. A cannon is fired on level ground. Set the initial total velocity vO to 10 m/s and initial elevation angle theta to 30 degrees (0 degrees-cannon fired horizontally, 90 degrees cannon fired straight up). Output the x and y position of the cannon ball from 0 seconds to 1 second in increments of 0.1 seconds in a nice table format with three columns. Your output should look similar to the following table: time x y 0.1 121 2.28 0.2 2.42 4.18 (and so on untilt 1.0) Assume the initial position is (x.y)-(0,0). The vertical acceleration due to gravity is-9.8 m/s2. Be sure to use the appropriate angle units for your trigonometic functions